Architecture Portfolio 2023

ARCHITECTURE PORTFOLIO

Marta Chiodaroli

CV and selection of the works carried out during the academic period: Master's Degree in Architecture and Urban Design Bachelor Degree in Progettazione dell’Architettura

PROFILO

Ho 23 anni e frequento il secondo anno di laurea Magistrale. Dedico gran parte del mio tempo libero al softball, sport che pratico da 16 anni e che mi ha portata a giocare a livello professionale in competizioni nazionali e internazionali.

Il percorso in triennale mi ha permesso di sperimentare ulteriormente l’importanza della capacità di collaborazione, di ascolto e di comunicazione all’interno di un team.

Crescere all’interno del Bollate Softball MKF e della Nazionale Italiana sin dalle giovanili mi ha aiutata invece a comprendere l’importanza della gestione del tempo dovendo conciliare studio e sport, l’importanza della collaborazione e del lavoro di squadra per raggiungere obiettivi comuni.

DATI PERSONALI

Cittadinanza: italiana

Data di nascita: 11/12/99

Luogo di nascita: Milano

Residenza: Via Vittorio Veneto 126, 20021 Bollate (MI)

Telefono: 3487308196

e-mail: marta@chiodaroli.eu

INDESIGN PHOTOSHOP ILLUSTRATOR AUTOCAD RHINO VRAY REVIT SKETCH UP pacchetto OFFICE

Politecnico di Milano, A.A. 2021- in corso Scuola AIUC, Laurea magistrale in Architecture and Urban design

Politecnico di Milano, A.A. 2018 – A.A. 2020 Scuola AIUC, Laurea triennale in Progettazione dell’architettura

Liceo Scientifico Bertrand Russell, Garbagnate (MI) 2013 - 2018 Diploma di Liceo Scientifico tradizionale

ESPERIENZE PROFESSIONALI

Barreca & La Varra 2022 Tirocinio curricolare

02 ARCH 2021 Tirocinio curricolare

Viva Events 2020 - in corso Responsabile front desk

C.T.O. Centro Tecnica Ortopedica 2019 - 2021 Collaborazione con Dott.ssa Radice nell’esecuzione di grafici di studio

CERTIFICAZIONI LINGUA INGLESE TOEIC 2021 SPORT

Bollate Softball MKF 2017 - 2022 Atleta professionista

Team Italy, Nazionale italiana di Softball 2014 - 2022 Atleta professionista

TITOLI SPORTIVI recenti - Bollate Softball MKF

secondo posto in Campionato Italiano 2022, 2021,2019,2018,2017

primo posto Campionato Italiano - 2020, Saronno (IT)

primo posto XLII Coppa Campioni (Women’s Softball European Premier Cup) - 2019, Bollate

primo posto XXVII Coppe delle Coppe (Women’s Softball European Cup Winners Cup) - 2018, Rotterdam (Olanda)

primo posto Coppa Italia - 2017, Collecchio

- Team Italy

primo posto VI Europeo under 22 (Women’s European Champions) 2018, Trnava (Slavocchia) – Nazionale Italiana under 22

primo posto XV Europeo under 19 (Women’s European Champions) 2018, Staranzano – Nazionale Italiana under 19

viLAB

Milano, Lombardia

DENGLU VILLAGE

-, Cina

TIBEROAD

Lazio e Umbria, Italia

VIVUS - riprogetto dell’azienda MIVAR

Abbiategrasso, Lombardia

WHEN IN TOKYO_ DIMINUTIVE DWELLING

2-chōme-15 Kichijōji Honchō, Musashino, Tokyo, Japan

SEEDS OF KNOWLEDGE - Riuso di una scuola elementare

Gagliano Aterno, Abruzzo

NUOVO COHOUSING NEL QUARTIERE DI NOTO

Milano, Lombardia

ARMOUR - Riprogetto per CASA CANTONIERA on funzione ricettiva

Ponte di Legno, Lombardia

Scene da ‘IL CATTIVO MAESTRO’ 09 Londra

Villaggio Falck - Social analysis 10 Sesto San Giovanni, Milano

Sport movement in dynamic scenography 11

viLAB

Lainate, Italy

The project brings and enhances biodiversity in Lazio and Umbria organizing a corridor that use the main features of those lands.

The project rediscovers an abandoned landscape. Tevere is a huge resource that is not lived and exploited as it should.

The project uses water bodies as a slow mobility connection, as it was past. It believes that Tevere is not a partition of the lands but it is the main connection that can keep nature and human in a suistainable balance.

ARCHITECTURAL PRESERVATION STUDIO POLITECNICO DI MILANO

A.A. 2021/2022

Francesco Augelli, Francesco Fassi, Matteo Rigamonti

Team: Marta Chiodaroli, Aleksandra Cichy, Lara Dedic, Xindi Ma

Crowd diversion near Villa Litta

Experience more activities and connections.

To the Lemon House

Crowds attracted to the outdoors, stay indoors

Feedback to Milano

A subcore of group hub.

In the Lemon House implementation of activities related to Villa Litta.

New Look - Milano Mind to Lainate

+ 7.30

+ 5.30

WEEKENDS FUNCTIONS

Section

Section AA’_Scale 1:50

03

TIBEROAD

The project brings and enhances biodiversity in Lazio and Umbria organizing a corridor that use the main features of those lands.

The project rediscovers an abandoned landscape. Tevere is a huge resource that is not lived and exploited as it should.

The project uses water bodies as a slow mobility connection, as it was past. It believes that Tevere is not a partition of the lands but it is the main connection that can keep nature and human in a suistainable balance.

URBAN DESIGN STUDIO POLITECNICO DI MILANO A.A. 2021/2022

Stefano Boeri

Team: Marta Chiodaroli, Matteo Colantoni, Lola Fournier, Manon Lance

Lazio and Umbria, Italy

BUFFER ZONES

Along the river we recognised a matrix of situation to which we adapted different approaches. In the agricultural land we leave space for an high buffer, to increase shadow along the river. In the urban land we add algaes to restore oxigen. In the protected areas we add intervetion according to the rules of the natural parks to improve banks relation.

FLOODING

Current facilities of agricultural fields are placed near the water body. This situation is a problem, since esondation is a common event along Tevere: - pesticides of the soil pollute the water - floods ruin agricultural field and human activities - water brings to day light abandoned waste

RECONNECTING

The Tevere is an apportunity of slow mobility, integrated also with ground transport. This connection is able to start a development of sustainable mobility on the water body, using with a low environ-

ATTRACTION AND ACTIVITIES

Recreational facilities along the Tevere are fairly spread across the cities, but limited along the

Tiberoad prevents all of it.

In both Lazio and Umbria there are many species at risk of erosion. Cleaning the water, making the banks livable and having the Tevere as a continuous connection are taken action to protect biodiversity in the environment around. Another main action is the implementation of a biodiversity module with trees (in general endangered flora).

CIRCULARITY

All the project addition are made by recycled materials. In the production chain are used: - the waste that is caught in the nets for new urban

- the wood cut from old trees is reused for the design element and the trees are replaced with new ones that are more efficient in oxygen production.

Material get caught in the nets

It is gathered, selected It is recycled

Old trees’ wood and arundo donax are cutted and gathered are selected and profiled

It is used as building material in new design.

PERUGIA

VISION AND PROJECT STAGES

As a conclusion of the previous analysis Tiberoad proposes innovative solutions, set at three different scales: - Regional scale, involving the whole territory. - Tevere scale, following the water body coast to coast. - Banks scale, higlighting the features of local interventions.

ROMA

III . Banks

Un progetto di nuova costruzione a sud di Milano nel cuore del quartiere del Vigentino. L’area di progetto è inserita su una strada poco trafficata appena fuori via Ripamonti, lungo collegamento dal centro di Milano alle città a sud. principalmente da persone anziane e famiglie molto giovani che stanno

Un progetto di nuova costruzione a sud di Milano nel cuore del quartiere del Vigentino. L’area di progetto è inserita su una strada poco trafficata appena fuori via Ripamonti, lungo collegamento dal centro di Milano alle città a sud. principalmente da persone anziane e famiglie molto giovani che stanno

Un progetto di nuova costruzione a sud di Milano nel cuore del quartiere del Vigentino. L’area di progetto è inserita su una strada poco trafficata appena fuori via Ripamonti, lungo collegamento dal centro di Milano alle città a sud. principalmente da persone anziane e famiglie molto giovani che stanno

IMPLEMENTED SITUATION

Addition of a third landscape element.

FLOODED SITUATION

Simulation of the flooded area, the water covers the urban banks.

NEW CONDITIONS AFTER FLOODING

The grid hosts nutritious mud and lime transported by the river as it floods, in order to create a safe environment for spontaneous plants to grow.

Castel Sant’Angelo

existing deck

floating project

New path with flooding solution

Buffer B.

CURRENT SITUATION

Agricultural field really near to the banks.

IMPLEMENTED SITUATION

Retreat of agricultural fields and addition of and high buffer.

NEW CONDITIONS AFTER FLOODING

Simulation of the flooded area, the water does not reach the fields and the soil is reinforced thanks to the trees.

Rocca

floating project

New path with flooding solution

New banks’ connections

Stops for the Tevere blue road

Agricultural fields

Buffer A.

IMPLEMENTED SITUATION

Raised path for the New Tevere Park.

FLOODED SITUATION

The land is covered by water. The long buffer take advantage of it and drain the water.

NEW CONDITIONS AFTER FLOODING

Water is retain from the soil. It helps spontaneous growth.

Protected area

floating project

Forestal area

Buffer C.

Stops for the Tevere blue road

04

VIVUS

Tokio, Japan

Un progetto di nuova costruzione a sud di Milano nel cuore del quartiere del Vigentino. L’area di progetto è inserita su una strada poco trafficata appena fuori via Ripamonti, lungo collegamento dal centro di Milano alle città a sud.

Il quartiere è ben attrezzato, sono presenti parchi e varie attività commerciali lungo la strada principale. La comunità è composta principalmente da persone anziane e famiglie molto giovani che stanno ricominciando a vivere l’area.

CONSTRUCTION AND SUISTAINABILITY DESIGN STUDIO POLITECNICO DI MILANO A.A. 2021/2022

Alessandro Rogora

Team: Marta Chiodaroli, Anjali Gund

ENERGY/LIGHTING STRATEGY

SOLATUBES

The solatubes are placed on the south facing facade, to leave free the main facade that face north.

WATER COLLECTION

Rainwater is collected and redistributed for irrigation of the flower beds of the square below the building.

SHARED/SOCIALITY SPACES

THE SECOND SKIN

We decided to keep the most of the exhisting division of the building. Some separation walls will be demolished.

The new partitions will drive the flow inside the exhibition without

HELIOBUS

This method allow us to increase the amount of light in the underground space.

BUILDING FROM WASTE AND THE NEW INDUSTRY

A new industry is gonna take place in MIVAR area and it’s gonna be an active on and will appear some issues:

- from the tranport as noise, pollution and - from the production the WASTE

In the multiporpused area the project will add a solution related to this topic, the reuse of industrial waste, proposing different activities, workshop, and actual initiative to reude these materials.

Also, the idea for the new center is to be built with reused materials and components.

For example add an extra insulation between the activity area and the caretaker’s apartment made by MOGU, their products are designed, engineered and bio-fabricated by employing selected mycelium strains .

This could became a new pole for two topic stricly related to the industry:

- INDUSTRIAL WASTE AND RECYCLE OF THE MATERIALS

- WELL-BEING OF WORKERS IN INDUSTRIAL SITE AND SAFETY ON WORK.

PERMEABLE PARKINGS

Rain gardens in parking lots are a great way to reduce flooding and cut down on pollution.

W4_Wall of addiction

F6_Roof of addition S (cm) Volumetric Mass Vapor Permeability Thermal Conductivity U Value 1. Metal sheet roof 0,8 7800 0 522. Waterproof membrane 0,5 1200 0 0,17 3. Ventilation chamber and substructue 3,5 1 193 0,284. OSB panel 1,25 660 30 0,135. Insulation NATURA THERM WO 5+8 20 0,23 0,0386. Vapor barrier 0,5 1100 0 0,237. Wooden panel 3,3 450 4,50 0,15 8. Beam 16U VALUE 0,245 S (cm) Volumetric Mass Vapor Permeability Thermal Conductivity U Value 9. Fiber cement facade by EQUITONE linea 1 2000 66.00 0.407010. wooden hanging system by EQUITONE linea - - - -11. Insulation NATURATHERM WO 5 20 0,23 0,038 12. OSB panel 1,25 660 30 0,1313. Insulation NATURATHERM WO 12 20 0,23 0,03814. wooden structure for platform frame - - -15. OSB panel 1,25 660 30 0.13 16. Waterproof membrane 0,5 1100 0 0,2317. installation cavedium and insulation 5 20 0,23 0,03818. Fiber-reinforced gypsum panels by FIBEROCK Aqua-Tough

ADDITION

The additional building to the old complex is the element that close the area. An independent bar, with kitchen that close the central ‘street’ and create a new space to socialize. The court welcome the visitor and put in relation multifunctional area with the reception and the museum.

1,27 950 35 0,3519. Internal plaster raw earth 1,5 1200 15.8 0,49U VALUE 0,226 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19.

It’s a simple structure in platform frame that follows the height of the old building.

LIGHTING SOLUTIONS

The aim is to reduce the energy losses during cold weather and improve the ventilation system during warm weather

The lighting concept follows the functional division.

We can see how working activities are displaced in the correct orentation for natural dayliht.

Also in musum exhibition area, where we do not have natural lighting we introduced entertainment and active expericìence areas.

ENERGY SOLUTIONS

The aim is to reduce the energy losses during cold weather and improve the ventilation system during warm weather.

Thanks to the orentation of the buidling we are able to use efficiently the wind to ventilate the building. We added a cantiliver to shadow south facade first floor.

THERMAL ORGANIZATION MUSEUM

HOUSE

BIKE

05WHEN IN TOKYO

Tokio, Japan

Kichijoji is a city within a city, meaning that it not only has a huge surface, but within the neighborhood you will find almost everything you need. The neighbourhood has a central layout, like a small city and heading to the borders has a scenic blend of the conveniences of modern life and more relaxed residential character. A sense of community is a base of Japanese culture, which has been described as a society of groups rather than individuals. As a result, the word “community” has always had a meaning that goes well beyond what is commonly understood in the West. The neighbourhood in Japanese communities often resemble villages both physically and metaphorically.

FINAL LAB

POLITECNICO DI MILANO A.A. 2020/2021 Elena Montanari, Andrea Di Giovanni Team: Marta Chiodaroli, Beatrice Alfonso

LIGHT AND TEMPERATURE REGOLATION

Thermal comfort, indoor efficiency, visual comfort, noise, and ergonomic spaces are examples of elements that come together to complement one another in the domestic sphere. In the project we focused to improve the spaces with: - great insulation - right glazing, shadow and lighting - great ventilation.

VISUAL

People are strongly affected by building facades as Olin Ellard state. Some people feel the need to hurry out of some areas, while when they reach a street with store or interesting facades, they feel more engaged about the space.

DIRECTION

Enriching public spaces could help by making residents feel more engaged and comfortable with their surroundings.  Kate Jeffery, made the point to feel connected to a place you need to know how things relate to each other spatially. In other words, you need a sense of direction. Making people feel they have some control over their environment.

CIRCULATION

A person who does not feel comfortable will be thinking about the cause of their discomfort instead of thinking about their work. Adequate circulation space stimulates movement, space to talk, space to concentrate, order, good storage solutions.

COMFORT

Comfort in the Architecture is affected by a great number of different factors

NATURE

The visual complexity of natural environment acts affects our mind well-being. Some virtual reality studies found that the residential streets with the most architectural variation are the most mentally engaging.

RESEARCH QUESTIONS

Identify areas of comfort in architecture:

How do we design comfortable furniture?

Are technological advancements making a difference in achieving comfort through design?

How the improvement of a condition of a space can affect mental comfort and health?

How has the perception and the design of comfort has changed during/ after the pandemic?

SURVEY

Interviews pointed out which charateristic influence comfort:

MATERIALS

MICRO-SPACE FLEXIBILITY

BOOST PRODUCTIVITY ADAPTABILITY

NATURAL ENVIRONMENT

TECHNOLOGY

FURNITURE CIRCULATION

TOKYO

We found the architectural strategies that can help improve our comfort and applied them to the needs of the neighborhood of Kichijoji at the different scale: Interior, public interior, public open space

FUSION REALM

DWELLING

STRUCTURE AND PATTERN OF THE SPACE IN KICHIJOJI

A sense of community is a base of Japanese culture, which has been described as a society of groups rather than individuals. As a result, the word “community” has always had a meaning that goes well beyond what is commonly understood in the West. The neighbourhood in Japanese communities often resemble villages both physically and metaphorically.

To appreciate the importance of this distinction, keep in mind that one of the most significant differences between Western and Japanese cities is the definition of ‘line’ versus ‘area.’ Western cities, in general, are oriented on linear streets, avenues, or boulevards, while Japanese cities are made up of areas, as the machi (DISTRICT) and chome (UNIT) definitions demonstrate.

Furthermore, in Japan, public open space is regarded as a luxury rather than a requirement. In Tokyo, disaster prevention is the primary (and sometimes sole) justification for providing public open space in the event of fires and the long-awaited Tokai earthquake. To meet demand, there is a requirement to have a certain amount of public open space per city. These needs in Kichijoji, but also in other districts, are often met by sad “children parks” consisting of a simple collection of play equipment and a storage shed for emergency supplies.

OPPORTUNITIES

Throughout the neighbourhood we see different types of public spaces. On the north we see most of the public spaces related to educational facilities, while on the south we see the biggest public spa ce of the neighbourhood. All the rest is a mix between empty lots often used as parking or empty green spaces serving as community gardens.

Throughout the neighbourhood we see different types of void spaces. Empty spaces that are not used for their ability.

- sidewalk threshold

- green space threshold

- empty green spaces

- bike parking

Our project aims to the renovation of the neighborhood in terms of creating a better livable place for citizens.

Urban architecture starts with macro-level zonal development and progresses to street-level amenity design. Our goal is to build the city space alongside the natural ecosystems that already exist in the neighborhood.

We worked on the road configuration and the transition from highways to the neighborhood streetscapes. Public spaces must be universally accessible to foster a good mobility for a good city. People should get from one place to another easily for a better lifestyle and social atmosphere.

When the scale of planning funnels down to a minute-level, urban design panders to shaping the streetscapes and landscapes in a neighborhood. Our goal is to design micro-planning renovation such as side-walks design, road divider design, use of solar energy for lighting the streets in the night, transport pick-up points, traffic segregation, bicycle paths, vegetation, shrubbery and so on.

Another relevant aspect linked to our neighborhood is the fact that vehicles dominate the streets, and this phenomenon needs to be solved to give back streets to pedestrians and bike riders. Our project will reshape the in-between spaces, also well-known as margins, in order to create a pedestrian friendly neighborhood with locate services, walking distances, but also with the use of smart poles used as charging points for electric tools, SOS feature, Wi-Fi areas and surveillance.

AREA ANALISYS

Environment

21 June

21 March-Sept

21 December

Our building is located in TOKYO. In the KICHIJOJIHONCHO CHOME in the neighborhood KICHIJOJI. It’s a residential area and has every service in the surroundings.

The main facade face south west so a fist design approach is to add translucent paper inside the window as shading.

The two windows need shutters to make the place more comfortable.

21 December 17 pm

21 March-Sept 17 pm 21 June 17 pm

21 March-Sept

21 June 9 am

2-chōme-15 Kichijōji Honchō, Musashino, Tokyo, Japan

FUNCTIONS

FLOWS ANALYSIS

With company

thanks to the window at the outer side of the wall.

Day area.

Configuration open. The table turns 90 degrees. It’s a four people table and the bench of the relax area is used as sitting.

Night and bed area.

Under the bed we designed a storage accessible from the top and with the two drawers. The area beside the entrance has the space to put the shoes.

This space can change a lot and adapt above the bed-box. In Japan they sleep on TATAMI, a light mat floor that can be moved anytime. The space can welcome different activities, during the day can be used as a training area.

TRAINING

TYPICAL DAY MOVEMENTS

HOSTS

The bottom level of the indoor structure is thought as a continuos line that connects all the levels and the angles.

The box, the desk and the bench of the relax area are all finished with the wooden plate that folds and adapts in order to create the unique surface.

All the walls are enriched with wardrobe to organize the space at the best

We can see the interior of the design and the location of the shelves.

The upper level of the indoor structure is thought as a continuos ring that connect the four walls.

This around structure interact with the interior space but leaves it as free as possible.

LABORATORIO DI PROGETTAZIONE 3 POLITECNICO DI MILANO A.A. 2020/2021

Emilia Corradi, Elena Scattolini Team: Marta Chiodaroli, Adrian Chiusdea Volmer, Federico Pirovano

Gagliano Aterno, Italy

Prospetto est

Il terreno su cui si adagia il progetto è in lieve pendenza verso la strada, l’edificio si inserisce nel terreno come se fosse una parete rocciosa, semplice e ben compresa nel contesto.

il progettto è realizzato su due piani a base quadrata con una grande corte interna, collegati da una rampa che indirizza il visitatore nel percorso del centro.

Fascia climatica:Mediterraneo interno.

Il clima a Gagliano Aterno è caldo e temperato con una piovosità significativa. Inverno mite ed estate calda e secca.

Temperatura: varia tra 1.3°C e 21.3°C. la temperatura media annuale è 10.8°C.

Altitudine: 650 m

Tipologia: Centro pubblico

La corte centrale e il passaggio sotto il corpo forntale dell’edificio creano uno spazio protetto. Gli spazi ombreggiati e coperti dal sole e dal vento, aumentano la superficie utilizzabile dell’edificio durante i momenti freschi.

L’edificio è concepito per accompagnare nel percorso il visitatore, per questo la scelta compositiva è stata quella di chiudere gli affacci verso l’esterno e aprire completamente con lunghe vetrate la corte interna. Utile anche dal punto di vista bioclimatico aprendo completamente la facciata a sud (con i dovuti ombreggiamenti).

1. Lastra in Cemento armato

2. Isolamento Termico/Acustico in lana di roccia 16 cm 3. Getto di calcestruzzo in opera 4. Armatura metallica 5. Pavimentazione in cemento levigato 6. Sistema vetrato con serramenti fissi 7. Listelli in legno (Frangisole) 8. Pilastro portante in Cemento Armato 9. Scarico interno delle acque piovane 10. Parete scorrevole 11. Trave autoportante mista acciaio-calcestruzzo 60x30 12. Ghiaia drenante 13. Guaina catramata 14. Isolante Termico/Acustico in xps 10 cm 15. Solaio a lastra 16. Controsoffitto 22 cm 17. Sistema di aerazione* 18. Isolamento Acustico 19. Doppia lastra in cartongesso di rifinitura 20. Vespaio Aerato 24 cm 21. Fondazioni a platea

Nel progetto dell’azienda agricola sono stati applicati diversi metodi per un’architettura più ‘green’. Gli scoli dell’acqua piovana sul tetto sono studiati in modo da raccoglierla internamente verso la grondaia che scarica in un serbatoio. Questa viene poi riutilizzata per innaffiare l’orto e il frutteto urbano.

Oltre allo spazio in paese, il progetto comprende un ripristino di aree agricole circostanti a supporto della produzione interna.

Milano, Italy

LABORATORIO DI PROGETTAZIONE 2 POLITECNICO DI MILANO A.A.

2019/2020 Lorenzo Consalez, Nicola Cefis, Sergio Sabbadini Team: Marta Chiodaroli, Emma Latis, Ylenia Guarna

Prospetto ovest

Il progetto si basa sulla definizione di sei fasi progettuali definite dalla modellazione dei volumi architettonici con lo scopo di creare un unico volume dinamico e asim-

Un edificio “a ponte” che permette la fruizione pubblica all’interno di tutta la piazza e che possiede due caratteri differenti; una facciata dinamica sul fronte pubblico e una facciata privata e raccolta sul fronte che affaccia sulla corte interna dell’edificio.

Fascia climatica: Subtropicale umido.

Il clima a MIlano è caldo e temperato, ma con un’alta piovosità. L’inverno è mite e umido in tutte le stagioni.

Temperatura: varia tra 2.3°C e 24°C. la temperatura media annuale è 14°C.

Altitudine: 120 m

Tipologia: Cohousing

1. Miscela di Sedum 2. DAKU ROOF SOIL 2

DAKU STABILFILTER SFE sp 1.3 mm 4. DAKU FSD 20 5. Manto impermeabile antiradice 6. Isolante 7. Pannello XLAM 8. Controsoffitto 9. Lastra di rivestimento interno 10. Ghiaia 11. Scossalina 12. Pannello isolante sp 40 mm 13. Vite 14. Foamglas sp 80 mm 15. Dormiente 16. Telaio fisso in acciaio 17. Frangisole in fibrogesso

1

Due grandi porte scorrevoli permettono di sfruttare al meglio la ventilazione naturale sia d’estate che d’inverno.

La doppia altezza posta nel corridoio permette una buona circolazione all’interno dello spazio. L’aria ha la possibilità di muoversi tra i piani senza trovare ostacoli.

I sistemi di schermature sul ballatoio creano un’atmosfera particolare grazie al gioco di luci e di ombre e luoghi in cui le persone che vi abitano possano avere occasione di parlare, conoscersi e rilassarsi.

PROGETTAZIONE DELL’ARCHITETTURA DEGLI INTERNI POLITECNICO DI MILANO A.A. 2019/2020

Enrico Scaramellini, Anna Ferrugiari

Team: Anna Brizzolari, Marta ChiodarolI, Jill Nadine Narvaez Mendieta, Chiara Zetti

Ponte di Legno, Italy

Prospetto nord-ovest

La struttura ricettiva inserita nell’edificio storico vuole differenziarsi dai servizi già esistenti nella zona. Un albergo esclusivo, comprensivo di ristorante e SPA e un’esperienza unica nelle camere da letto tematiche. L’addizione di un volume a sud mette in relazione l’edificio con il paesaggio circostante: il corridoio abitabile con le nicchie, permettono la sosta e indirizzano lo sguardo verso precise cornici di paesaggio.

Fascia climatica: Umido continentale. Gli inverni sono rigidi ed è umido in tutte le stagioni con una breve estate calda.

Temperatura: varia tra 1.3°C e 21.3°C. la temperatura media annuale è 10.8°C.

Altitudine: 1258 m

Tipologia: Struttura ricettiva

L’edificio storico viene consolidato, trattato e impermeabilizzato internamente con particolare attenzione al piano interrato dedicato alla spa.

Gli ampliamenti sono realizzati in legno. Le scatole inserite nel corpo a sud sono prefabbricate e composte da pannelli di legno lamellare, x-lam e pannelli sandwich leggeri. Le scatole aprono completamente a sud la casa cantoniera, così da sfruttare al meglio la luce solare. CONCEPT

1. rivestimento in lamiera

2. camera di ventilazione e sottostruttura

3. pannello di copertura 4. isolante con travetti 5. barriera al vapore 6. assito 7. trave del telaio 8. arcareccio

13. pavimento ligneo 14. riscaldamento a pavimento 15. strato fono isolante 16. massetto di sottofondo per impianti 17. barriera al vapore 18. doppio tavolaro incrociato 19. struttura portante con travi lamellari

SCENE FROM ‘IL CATTIVO MAESTRO’

STRUMENTI DI RAPPRESENTAZIONE INNOVATIVA DEL PROGETTO POLITECNICO DI MILANO A.A. 2020/2021

Daniele Giovanni Papi

Team: Marta Chiodaroli, Beatrice Alfonso, Ludovica Mormino, Sandra Morreale

<<Iniziava a sentirsi smarrita, quando il cinguettio di una voce femminile chiamò: “Miss Oktavianni?”

Proveniva dall’alto e, levando lo sguardo, vide una giovane intirizzita in Lacoste che la osservava dall’alto di uno stretto balcone, al primo piano. Sollevò il braccio e non fece in tempo a dire nulla, che la ragazza era già scomparsa all’interno.>>

- Il cattivo maestro, volume primo, pag. 146

<<Sara le fece i complimenti per la casa e per come appariva ben tenuta. Veronique sorrise apertamente e disse una cosa poco chiara sulla quale però Sara si limitò ad annuire, intuendo che riguardava il numero di telefono per le emergenze, scritto accanto al contatore della luce. Veronique la salutò e prese da un mobiletto accanto alla porta un paio di stivaletti, dentro i quali erano conficcati dei calzini paillettati color fucsia, afferrò un gigantesco giaccone nero imbottito e fece per avviarsi giù dalla scala.>>

- Il cattivo maestro, volume primo, pag. 147

<<Rimandò ogni azione alla fine dei venti minuti di idromassaggio che l’eccellente Jacuzzi erogava. [...] Raggiunse in accappatoio il telefono, già messo sotto carica nella stanza da letto, e cercò il numero che aveva avuto dal suo amico architetto. [...] Mentre il telefono suonava, si preparò a essere informale, lo avrebbe chiamato Enrico e sarebbe stata sul tu, fin dall’inizio.>>

- Il cattivo maestro, volume primo, pag. 148

PARQUET

Passaggi:

1. Studio del disegno sul pavimento;

2. Disegno di una regione da ripetere;

3. Mappa BUMP, DISPLACEMENT e REFLECTION con un ‘collage’ della singola lastra di legno di texture funzionante e composizione in base al nostro disegno;

4. Mappa COLOR aggiungendo un livello colorato con f(x) luce vivida;

SEDIA

Passaggi:

1. Dopo aver realizzato su Autocad il modello, sono stati modellati gli elementi lignei con SWEEP1 a sezione quadrata.

Seduta:

1. Disegno del profilo in pianta poi estruso e fillettato sul lato inferiore;

2. Il lato superiore della seduta è costruito tramite REVOLVE della curva di bordo;

Schienale:

1. E’ stato utilizzato il comando SWEEP2 utilizzando come sezione la curva di sezione dell’imbottitura del cuscino, e come binari i profili dello schienale;

Legno

Stoffa

DIVANO

Passaggi:

1. Dopo aver disegnato su Autocad il modello, sono stati modellati gli elementi tramite estrusione partendo dalla base di appoggio del divano.

2. E’ stato adoperato il comando FILLET SRF per ammorbidire gli angoli; Cuscini schienale :

1. Sono state create varie sezioni poste a distanza diversa l’una dall’altro, raccordate tramite il comando LOFT;

Cuciture:

1. E’ stato utilizzato lo strumento SubD MULTIPIPE partendo da una linea in corrispondenza dei bordi del divano.

Reflection Bump Displacement Color

REWORK OF THE SERPENTINE PAVILLON BY BIG in Grasshopper

‘(...) a study of the city and its representations must by definition be a study of the rhetoric of loss and of the forms of remembering that shape the way we think about and in cities.’

Nostalgia for the industrial past, then, involve nostalgia for a previous time –both in terms of era when workers actually produced something and a time in one’s life when work was more secure and had meaning –as well as nostalgia for the physical spaces in which this work occurred and the symbolic meanings of place that people constructed there.’

of memory

which the actual

is not anymore,

like a phantom from the

URBAN SOCIOLOGY POLITECNICO DI MILANO A.A. 2022/2023

Carlos Alberto Manzano Moran

Team: Marta Chiodaroli, Akkus Asu Ecem, Beqiri Xhon, Carrara Matteo, Giacchino Francesco, Iqbal Marriam, Kozak Weronika, Min Jaehee, Smoter Magda, Tschechne Albert

1st area – west side of Sesto

2nd area – Sesto’s centre

abandoned industrial area

area 2 area 3 3rd area – Villaggio Falck

School School

We can see the different calamities present in the two historical moments, in the 20th century, many activities made the Village active and independent. At the end of 1900 the ex industrial areas VULCANO where requalified with a commercial center.

We can see the difference which occured in the importance and use of areas in Falck, especially when the industrial areas were requalified. Notable is the increase of importance of Vulcano, a commercial centre in the place of Vulcano plant.

Falck Village has it’s own dimension, detatched from the fast road and other calamities

Industrial area it’s a wide space that extend and increase. It flattens all the noises and urban events.

Town and urban center still dynamic and chaotic, restuarants and other activities face this road.

Falck Village has it’s own dimension, is detatched from the fast road and other calamities like an island. Industrial area is a wide space, which flattens all the noises and urban events. Town and urban centre – dynamic and chaotic, restuarants and other activties face an expressway.

1. Preservation of local community or large development and urban growth.

What are (and what should be) the cities interest, responsiblities and goals for developments such as MilanoSesto?

How could the city support the existing social capital (and why should the city be interested in doing so)?

2. Political representation of potential future inhabitants and responsibilty to create new residential districts against conservation of small existing communities.

Is falck village enough alive and valuable to be conserved?

Is it possible to secure the local identity? Is there a way to redevelope the area, but also preserve the existing communities?

VIALE ITALIA TRAIN LINE

FALCK

Taekwondo

SCENOGRAFIA POLITECNICO DI MILANO A.A. 2022/2023 Servadio

Team: Marta Chiodaroli, Blanca, Carlos